Wednesday, July 26th 2017

AMD RX Vega First Pricing Information Leaked in Sweden - "Feels Wrong"

Nordic Hardware is running a piece where they affirm their sources in the Swedish market have confirmed some retailers have already received first pricing information for AMD's upcoming RX Vega graphics cards. This preliminary pricing information places the Radeon RX Vega's price-tag at around 7,000 SEK (~$850) excluding VAT. Things take a turn towards the ugly when we take into account that this isn't even final retail price for consumers: add in VAT and the retailer's own margins, and prospective pricing is expected at about 9,000 SEK (~$1093). Pricing isn't fixed, however, as it varies between manufacturers and models (which we all know too well), and current pricing is solely a reference ballpark.

There is a possibility that the final retail prices will be different from these quoted ones, and if latest performance benchmarks are vindicated, they really should be. However, Nordic Hardware quotes their sources as saying these prices are setting a boundary for "real and final", and that the sentiment among Swedish retailers is that the pricing "Feels wrong". For reference, NVIDIA's GTX 1080 Ti is currently retailing at around 8,000 SEK (~971) including VAT, while the GTX 1080, which RX Vega has commonly been trading blows with, retails for around 5600 SEK (~$680) at the minimum. This should go without saying, but repare your body for the injection of a NaCl solution.
Source: Nordic Hardware
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79 Comments on AMD RX Vega First Pricing Information Leaked in Sweden - "Feels Wrong"

#76
ratirt
EarthDogI do not deem this automated process whos maximums and minumums are set by the mfg, named boost 3.0, to be overclocking. You also arent breaking the warranty when the card goes past its 'rated' boost automatically .... they dont warranty overclocking, so, boost 3.0 cant be overclocking, right (a bit of a joke there, the last part).

There is a small contigent that believes xmp is overclocking, lol... i sure dont... but the ics are rated for 2400 mhz and binned up. Apples to oranges... fine. :)
Well in terms of 1080 if you get a founders edition you get TDP 180W. Specification may be the founders edition. With all custom cards it's way higher. It can jump to over 280W so it has surpassed the TDP of a founders card drastically. The companies know there's potential in the card so they use it. Just like the "theoneand....." said. Hard to tell which is specification cause for each card it is different and companies adjust the specs when they boost the card's frequency, voltage and TDP.
EarthDogIsnt it weird that same point, i believe, supports my thoughts??? :)

It wont boost that high/there are set limits to boost as well, and it is not the limit of the silicon, its set by mfg. This is where overclocking comes in... past factory clocks...boost 3.0 are still factory clocks. Just because its warmer and each glu will settle at a different clock, doesnt change its factory settings doing so. The factory sets the boost range. There is a set base clock, a set boost min, and set boost max (within params they setup). Overclocking is outside of what the factory provides.


Anyhoo... good talk..we'll chase our tails on this one so... :)
Overclocking is outside of what the factory provides. Retailers push the specs, set their own and that becomes factory(different than reference cards have). It's just how I see it. Besides I can't say it is wrong. I mean if a card is capable of more performance why not use it adding bigger heat spreader and more fans.
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#77
Boosnie
the54thvoidThe same will be true of the Vega RX on air. For a firestrike run the 1080 card will stay near it's top boost clock until the temps reach 82. With a tweak of the fan curve the 1080 will stay high with some audible fan noise. Base model Pascals operate this way - they'll ramp up to higher clocks without any overclock if temps allow. It's why a wise 1080/1080ti owner buys the cheapest card and pops it under water - instant 2GHz+ clocks without any need for a fancy custom card. I dare say the Vega RX card will be the same - needs water to shine.
I agree 100% and Vega RX is also capable to "boost at will" under thermal costraint.
I don't expect Vega 10 to be a super architecture, but I will judge it when prices, specs, optimized drivers and AIB will be available, as everyone should do with every architecture.
People claiming all of the last two century of human achievements in physics and electronics is now doomed to obsolescence because Volta is coming out in twelve hours? Absolutely nobody breaking a moment to think that probably the first reference volta will cost >=~1000 bucks?

What I do not really like is people sh*tting on a not yet seen product only because they don't like the brand of that product.
This drives me mad.
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#78
Th3pwn3r
BoosnieI agree 100% and Vega RX is also capable to "boost at will" under thermal costraint.
I don't expect Vega 10 to be a super architecture, but I will judge it when prices, specs, optimized drivers and AIB will be available, as everyone should do with every architecture.
People claiming all of the last two century of human achievements in physics and electronics is now doomed to obsolescence because Volta is coming out in twelve hours? Absolutely nobody breaking a moment to think that probably the first reference volta will cost >=~1000 bucks?

What I do not really like is people sh*tting on a not yet seen product only because they don't like the brand of that product.
This drives me mad.
Yeah but people are crapping on AMD for a lot more reasons than the brand. Like everyone else they have made a lot of mistakes and will continue to. I think a lot of us old school guys are more mature about it all and still like Nvidia, AMD an Intel. That doesn't mean we like every product or thing they do but we don't just make sh1tposts for no reason .
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#79
efikkan
FordGT90ConceptVega should have about 100% mining performance compared to Polaris. Clearly the software needs optimizations for the architecture.
Mining is nearly a pure computational workload. There would be nothing to optimize for in the software.
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